LSLiDAR s'associe à Qualcomm pour fournir des solutions de perception avancées pour les projets de villes intelligentes
Keywords: LSLiDAR; Qualcomm; IoT Accelerator Program; Perception solutions; Smart city; Lidar; Advanced lidar technology; Environmental perception; Intelligent transportation; Autonomous driving; Rail transportation; Robotics; Smart logistics; Security; Mapping; Industrial automation; Integrated solutions; Measurement principles; TOF lidar; Phase lidar; Triangulation lidar; FMCW lidar
Qualcomm recently announced officially that LSLiDAR has become a member of Qualcomm IoT Accelerator Program partner to jointly promote the application of IoT in various vertical fields and bring new value to thousands of industries.
LSLiDAR selected for Qualcomm IoT Accelerator Program Member
From Qualcomm Website, click here to learn more details
About Qualcomm IoT Accelerator Program:
Qualcomm IoT Accelerator Program is designed to propel the business success of the ecosystem engaged in transforming industries, business models and experiences with Qualcomm fueled intelligence, computing, and connectivity at the network edge. It unites embedded hardware designers, independent software vendors, independent hardware component vendors, system integrators, and ODMs that are equipped to accelerate digital transformation with solutions based on Qualcomm technologies. From retail, to energy and utilities, to tracking and logistics, and robotics, we’re pairing our robust technologies with a broad ecosystem of expertise and solutions to fuel innovation at the connected intelligent edge. Click here to learn more details.
Qualcomm IoT Accelerator Program x LSLiDAR
As a member of Qualcomm’s IoT accelerator program, LSLiDAR will provide high-end, stable and reliable LiDAR environmental perception technologies to empower the upgrading of smart city industries and accelerate the progress of the IoT ecosystem. LSLiDAR has been dedicated in the field of intelligent transportation for many years and has independently launched LiDAR-based cooperative perception systems for vehicle-roadside environments. As of now, it has completed over 150 demonstration application projects in more than 80 cities domestically and internationally. Based on LiDAR-based solutions, it enables high-quality development of smart cities and builds a safer, smarter and more interconnected ideal environment.
About Leishen Intelligent System Co., Ltd. (LSLiDAR)
LSLiDAR is a world-leading provider of full-scene LiDAR and overall solutions. It is currently the only company in the world that masters four measurement principles – time of flight (TOF), phase, triangulation and frequency-modulated continuous wave (FMCW). This enables LSLiDAR to build the most comprehensive LiDAR product matrix, including long-range helicopter anti-collision lidar, 1550nm fiber laser lidar, 905nm hybrid solid-state lidar, multi-line mechanical lidar, single-line mechanical lidar, flash lidar, FMCW lidar, and dual-channel underwater imaging lidar. LSLiDAR’s services cover ten major industry ecosystems including Autonomous Driving, Intelligent Transportation System (ITS), Rail Transportation, General Aviation, Robot, Smart Logistics, High-end Security, Port, High-end Mapping and Industrial Automation. The company has end-to-end capabilities from key components to whole machine design, R&D, manufacturing, testing and more. This allows LSLiDAR to provide rich products and meet diverse customer needs, achieving both efficiency and cost savings. After a series of performance tests, LSLiDAR was finally selected as the Qualcomm’s IoT accelerator program member. With its comprehensive strengths, LSLiDAR will continue enabling innovative solutions across multiple industries through partnership.
This cooperation represents high recognition of LSLiDAR’s comprehensive strengths, technical capabilities and innovative R&D. In the future, both parties expect to work together to bring cutting-edge intelligent LiDAR solutions and product applications for smart cities, and benefit more customers through the IoT ecosystem platform.